LTC1760IFW#PBF - Analog Devices Inc.

Manufacturer Part Number

LTC1760IFW#PBF

Manufacturer

Analog Devices

Introduction

The LTC1760IFW#PBF is a component of Power Management specifically designed for smart battery charging. It comes in a 48-TSSOP package and features programmable constant current charging capabilities.

Product Features and Performance

Designed for smart battery charging.

Supports a programmable constant charging current.

Operates within a voltage supply range of up to 28V.

Utilizes an I2C interface for communication.

Can function in extreme temperatures ranging from -40°C to 125°C.

Product Advantages

High charge current capability of up to 4.43A.

Robust performance with a wide operational temperature range.

Surface mount technology facilitates compact and efficient design.

Key Technical Parameters

Battery Chemistry: Smart Batteries

Number of Cells: 2

Current Charging: Constant Programmable

Maximum Charge Current: 4.43A

Voltage Supply (Max): 28V

Operating Temperature: -40°C ~ 125°C

Quality and Safety Features

Built to endure stringent temperature conditions ensuring reliability and durability.

Compatibility

Compatible with smart battery technologies requiring a programmable charging scheme.

Application Areas

Ideal for sophisticated battery-powered devices requiring efficient power management and safe charging such as laptops, mobile devices, and more.

Product Lifecycle

Classified as an active product, thereby ensuring availability and support. Potential discontinuation updates will be communicated, with replacements or upgrades provided seamlessly.

Several Key Reasons to Choose This Product

Delivers a high charge current up to 4.43A which is significant for fast charging.

Supports an extensive operating temperature range providing reliability across various environments.

I2C interface simplifies integration into existing product designs.

The robust surface mount package reduces the overall footprint and enhances the durability of the product in assembling and operational phases.